64results about How to "Obvious purpose" patented technology

The present invention provides a battery capable of suppressing self-discharge even if the battery is placed in a high-temperature environment, and an electrolytic solution used for the battery. An electrode winding body in which a cathode and an anode are laminated and wound with a separator between the cathode and anode is equipped in the battery case. Electrolyte is impregnated in the separator. The electrolytic solution contains at least one of a compound having a structure shown below and an ionic liquid shown below.

According to a method of operating a data processing system, one or more monitoring parameter sets are established in a processing unit within the data processing system. The processing unit monitors, in hardware, execution of each of a plurality of schedulable software entities within the processing unit in accordance with a monitoring parameter set among the one or more monitoring parameter sets. The processing unit then reports to software executing in the data processing system utilization of hardware resources by each of the plurality of schedulable software entities. The hardware utilization information reported by the processing unit may be stored and utilized by software to schedulable execution of the schedulable software entities reported by the processing unit. The hardware utilization information may also be utilized to generate a classification of at least one executing schedulable software entity, which may be communicated to the processing unit to dynamically modify an allocation of hardware resources to the schedulable software entity.

The present invention relates to transparent flavor microemulsions containing sugar ester of fatty acids. Formulations of clear, thermodynamically stable and concentrated oil-in-water microemulsions are disclosed, comprising a surfactant system which is formed of a sugar ester of a fatty acid together with lecithin, as well as their use for the flavoring of clear beverages.

An aliasing support for a data processing system having no system memory is disclosed. The data processing system includes multiple processing units. The processing units have volatile cache memories operating in a virtual address space that is greater than a real address space. The processing units and the respective volatile memories are coupled to a storage controller operating in a physical address space. The processing units and the storage controller are coupled to a hard disk via an interconnect. The processing units contains an aliasing table for associating at least two virtual addresses to a physical disk address directed to a storage location in the hard disk. The hard disk contains a virtual-to-physical translation table for translating a virtual address from one of said volatile cache memories to a physical disk address directed to a storage location in the hard disk without transitioning through a real address. The storage controller, which is coupled to a physical memory cache, allows the mapping of a virtual address from one of the volatile cache memories to a physical disk address directed to a storage location within the hard disk without transitioning through a real address. The physical memory cache contains a subset of information within the hard disk.

Disclosed is a control system for a hydrogen addition internal combustion engine that uses hydrocarbon fuel and hydrogen gas as combustion fuel. The control system includes a canister (52) for adsorbing fuel vapor generated in a tank (34) for storing the hydrocarbon fuel; a purge VSV (66) for purging the fuel vapor into an intake port (18) of the hydrogen addition internal combustion engine in a predefined situation; hydrogen addition ratio setup means for setting the ratio of hydrogen gas addition to the hydrocarbon fuel; and hydrogen gas addition ratio adjustment means for increasing the ratio of hydrogen gas addition when the fuel vapor is purged into the intake port (18).

The present invention provides a semiconductor device realizing improved adhesion between a low-dielectric-constant material and a semiconductor material. The semiconductor device includes, on a semiconductor layer, an adhesion layer and a low-dielectric-constant material layer in order from the semiconductor layer side. The adhesion layer has a projection / recess structure, and the low-dielectric-constant material layer is formed so as to bury gaps in the projection / recess structure.

The present invention provides an on-press developable lithographic plate that can be developed with ink and / or fountain solution, the base material of the lithographic plate has a thermally sensitive layer that can be hardened or solubilized under infrared laser irradiation. The lithographic plate can be imaged by infrared laser exposure, and then the printing plate cylinder is rotated to drive the ink and / or fountain solution roller, and the lithographic plate is developed on the printing machine with ink and / or fountain solution. The developed lithographic plate can then print the image directly onto the printing sheet. Exposure imaging can be performed off-press, or while the plate is mounted on the plate cylinder of the lithographic printing press.

Two sections (2) which are to be glued together are laid next to each other transversely on a machine. The chassis (21) of the machine (20) carries means of supporting the band; means of pressing against the side of the band that is not glued to apply it to a surface between the means of support and a heater (30) to activate the glue. A continuous process of sticking together a band to form a watertight and insulating wall, using rectangular panels containing layers of impermeable material. Two adjacent panels are stuck together using a flexible band containing at least one fine metallic layer by continuous application of polymerizable or thermofusible glue to the band or the panels; continuous pressing of the band against the adjacent edges and continuous heating of the band in contact to activate the glue, before or after the pressing action. In addition a final cooling stage solidifies the glue. The glue can be applied to the band as it is stuck to the panels, or if thermofusible glue is used, it can be applied at a temperature at which it is fluid, before the band is cooled and wound onto a bobbin. The band can then be unrolled, heated to a second temperature less than or equal to the first to reactivate the glue as it is pressed continuously onto the panel edges. Independent claims are included for; (1) The machine (20) has a tubular chassis (21) with at least two longitudinal elements (22) connected to each other by at least one transverse element (23, 24). Rollers (26) are connected to the chassis along its longitudinal axis (L) so they roll against the surface (14) of two sections (2) which are to be glued together. The band is held by at least two longitudinal retaining pieces parallel to the axis of rotation of the rollers, with the active parts of the retaining pieces extending transversely outside the machine. The machine is automobile, with the chassis including a drive motor (84). The drive mechanism includes rollers (85) placed along the longitudinal axis near the means holding the band, with the rollers driven in rotation by the drive motor about an axis of rotation perpendicular to that of the rollers (26). The drive rollers can be moved between an active position against the walls (10) and a retracted position away from the walls. This movement is controlled by engaging and disengaging with longitudinal grooves (13). The heater is placed between the longitudinal elements, where the band is received, so it can heat the band using at least one resistance (32) and a ventilation system (33) which blows air across the resistance to form a flow of hot air towards the band. The heater can be placed upstream of the glue applicator (68) to speed the polymerisation of the glue. In this case, the heater is a temperature-controlled hot iron. Glue is applied to one side of the band (8) between the longitudinal elements. The band is held by a pressing roller whose distance in plan from the chassis is variable and which is designed to press the band against the glued surface. Coolers are mounted on the chassis between the longitudinal elements downstream of the heaters and glue application to accelerate the curing process; and (2) Insulating and watertight wall made using this process and / or machine.

A system for receiving traffic information from a toll gate server to provide route guidance to a driver of a vehicle and a method thereof are provided. The traffic information receiving-routing selecting system includes a toll fee information communication system and a path guide terminal. The toll fee information communication system is configured to communicate with a toll gate server to pay a toll fee when a vehicle approaches to a toll gate, and request traffic information to the toll gate server according to a traffic information request signal to receive the traffic information from the toll gate server. The path guide terminal is configured to generate and transmit the toll fee request signal to the toll fee information communication system when the toll fee information communication system pays a toll fee, receive the traffic information from the toll fee information communication system to guide a path or convey a traffic situation.

The present invention provides a system for tracking a stolen vehicle, which includes a vehicle terminal configured to generate a periodic signal according to a given time period; and a control unit configured to determine whether the vehicle terminal is broken or out of place based on whether or not the periodic signal has been generated within the given time period, and when the vehicle terminal is determined to be broken or out of place, configured to stop or slow down the vehicle.

The invention relates to the solar photovoltaic field, in particular to a photovoltaic component mounting system in the photovoltaic building integrated field. The mounting system comprises a main support beam, a longitudinal main proximate matter fixed on the main support beam, a transverse proximate matter connected and fixed with the longitudinal main proximate matter and a middle keep plate which is used for fixing a photovoltaic component and connected with the longitudinal main proximate matter and the transverse proximate matter, wherein, wire routing holes and wire routing grooves are arranged on the longitudinal main proximate matter and the transverse proximate matter; and a power cord of the photovoltaic component is arranged inside the longitudinal main proximate matter and the transverse proximate matter through the wire routing holes and the wire routing grooves. The photovoltaic component mounting system has simple and reliable installation and concealed wire routing, cannot influence the beauty of a roofing or a wall body of a building, and can also protect the power cord of the photovoltaic component effectively.

The present invention provides a display apparatus, which includes: a light source; spatial light modulation device for modulating light emitted by the light source based on a video signal; intensity distribution adjusting means for changing an angle-dependent intensity distribution of an incident light in response to luminance factor in the video signal, the intensity distribution adjusting means being arranged ahead of or behind the spatial light modulation device; and correction means for correcting the video signal in accordance with an intensity distribution adjusted by the intensity distribution adjusting means, and supplying a corrected video signal to the spatial light modulation device, in which the correction means has a plurality of correction tables each corresponding to a predetermined intensity distribution, generates a mixed correction value by mixing correction values in the plurality of correction tables at a mixing ratio determined by an individual intensity distribution, and corrects the video signal by using the mixed correction value.

The invention relates to in-set access control improved by fully utilizing natural language processing. Natural language processing is enhanced by linguistically extracting intelligence about a user.A history of user queries is analyzed by a natural language classifier to determine various user intents, and these intents are combined to form a user intent profile. The profile includes elements ofsentiment, emotion and tone. The profile can be used in various ways including restricting access to documents in a collection, or refining a cognitive analysis of a query. For access restriction, adetermination is made that the user intent is inconsistent with a document, and the user is denied access to the document. This determination involves a user intent score which is compared to a scoreof the document. For cognitive analysis, searching of reference documents is filtered by excluding documents based on the user intent. The searching includes a comparison of meta-data tags of the documents to the user intent.

A resealable container includes a container top having an opening and a base mating end, a base mating band having a top end and a bottom end; and a detachable base having a top mating end and base bottom. The base mating end of the container top may be afixed to the top end of the base mating band while the bottom end of the base mating band may be configured to detachably mate to the top mating end of the detachable base so as to provide a resealable container with a narrow opening that allows contents of the container to be dispensed in an accurate and controlled manner, while also having a detachable base that provides improved access to the interior of the container to facilitate the ability to fill, clean, or add contents to the resealable container.

A germicidal quartz lamp (10; 110; 210) producing ultraviolet radiation having a sleeve coated (20; 120; 220) with a titanium dioxide (18; 118A, 118B; 218). Titanium dioxide (18; 118A, 118B; 218) is impregnated or embedded into the sleeve (20; 120; 220) and mechanically held. Ultraviolet radiation having a wavelength of approximately 254 nm generated by the germicidal quartz lamp causes hydroxyl radicals to form on the titanium dioxide surface 18; 118A, 118B; 218). The hydroxyl radicals act as a powerful oxidizing agent that destroys pollutants. In one embodiment, different densities of the titanium dioxide (118A, 118B) coating are formed along the longitudinal length of the quartz lamp. A longitudinal portion (118C) of the quartz lamp may be free of any titanium dioxide coating permitting the ultraviolet radiation to pass therethrough creating a germicidal effect. The titanium dioxide may be heated to a temperature above the melting point of the sleeve to create the mechanical bond. The present invention is useful in the commercial food industry or for consumer use.